Recovery of Cr(III) from tanning process using membrane separation processes
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Date
2014-03-03
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Springer
Abstract
In chrome tanning wastewater study, a wastewater treatment alternative was decided. This treatment alternative contains cartridge filter, ultrafiltration [UF1 (20 kDa), UF2 (50 kDa), UF3 (150 kDa)], nanofiltration NF (XN45), and reverse osmosis RO (ACM2). Chrome tanning wastewater was given to the other membranes to increase the life time of the membranes after cartridge filter application. The wastewater from cartridge filter was given to 3 different UF membranes which have different pore diameters (20, 50, and 150 kDa) with 3 different pressure (6, 8, and 10 bar) in this alternative. For this treatment alternative, for 200 m(3)/G flow, 8 pieces of (273 m(2)) UF (20 kDa), 8 pieces of (160 m(2)) NF (XN45), and 12 pieces of (375 m(2)) RO (ACM2) membranes were used. The total investment for this treatment alternative was calculated as 228,415 a,not sign, and process cost was calculated as 2.77 a,not sign/m(3); however, for the classical treatment facility, investment was calculated as 345,400 a,not sign, and process cost was calculated as 0.8 a,not sign/m(3). As a result when compared to classical treatment systems, the membrane technology was found to have more economic the investment and the process costs.
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Keywords
Waste-water, Industry, Tannery effluent, Wastewaters, Chromium removal, Ultrafiltration, Reverse-osmosis, Nanofiltration, Reuse, Performance, Cost, Reverse osmosis, Cr(III), Nanofiltration, Ultrafiltration, Costs, Filters (for fluids), Wastewater treatment, Investments, Tanning, Leather, Reverse osmosis, Membrane technology, Projectiles, Nanofiltration, Ultrafiltration, Cartridge filters, Treatment systems, Chrome tanning, Tanning process, Different pressures, Pore diameters, Membrane separation process, Total investment, Chromium compounds, Science & technology - other topics, Engineering, Environmental sciences & ecology
Citation
Mert, B. K. ve Kestioğlu, K. (2014). "Recovery of Cr(III) from tanning process using membrane separation processes". Clean Technologies and Environmental Policy, 16(8), Special Issue SI, 1615-1624.